Ice cooler

ABSTRACT

The present invention relates to an ice cooler, and in particular to an improved ice cooler capable of achieving an optimum cooling state in such a manner that an engaging groove of an inner container having a certain bottle (referred to as a Soju (Korean liquor) bottle, a wine bottle, etc.) is engaged with an engaging protrusion of an outer container having ice cubes, and a molten ice water does not directly contact with an outer side of a bottle mounted in the inner container. The ice cooler includes a plurality of lamps that are provided on an outer surface of the outer container and are turned on and off using a power of a charging battery, wherein said inner container includes an opened part in an upper side of the same and a sealed part at an outer circumferential surface of a lower side of the same with a certain height, and a net shaped part integrally connected with an upper side of the sealed part is formed with a certain height.

CLAIMING FOREIGN PRIORITY

The applicant claims and requests a foreign priority, through the ParisConvention for the Protection of Industry Property, based on patentapplications filed in the Republic of Korea (South Korea) with patentapplication numbers 10-2004-0033701 and 10-2004-0054721, respectivelyfiled May 13, 2004 and Jul. 14, 2004 by the applicant. (See the attachedDeclaration)

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to an ice cooler, and in particular to animproved ice cooler capable of achieving an optimum cooling state insuch a manner that an engaging groove of an inner container having acertain bottle (referred to as a Soju (Korean liquor) bottle, a winebottle, etc.) is engaged with an engaging protrusion of an outercontainer having ice cubes, and a molten ice water does not directlycontact with an outer side of a bottle stored in the inner container.

2. Description of the Background Art

In the conventional art, a wine bottle is stored in an ice bucket havingmany ice cubes therein for cooling the wine stored in the bottle whereinthe ice bucket has an opened upper side.

However, since the bottle stored in the ice bucket directly contactswith the ice cubes, as the time is passed, ice melts, and water isgenerated. At this time, the melted water of the ice cubes directlycontacts with the bottle. In an even worse case, when the ice cubes areall melted, the bottle could be flooded within the water of the icebucket.

In the case that a user takes out the bottle from the ice bucket, thecool ice melted water attached on the outer surface of the bottle may bedropped onto a user's hand or onto a table for thereby causing manyinconveniences.

In order to overcome the above problems, the ice cooler of Korean patentlaid-open number 10-2004-0006186 (Laid-open date: Jan. 24, 2004) isdeveloped. The above conventional ice cooler will be described.

FIG. 1 is a cross sectional view illustrating a conventional ice cooler.As shown therein, a refrigerant pipe 2 is installed in the interior of acontainer 1. Ice cubes 3 are installed between the container 1 and therefrigerant pipe 2. A lid 4 having a hole 4 a covers an upper side ofthe container 1, and a bottle 5 is inserted through the hole 4 a.

At this time, the bottle 5 can be stored in a cool state by a cold airof the refrigerant pipe 2 and the ice cubes 3.

However, in order to use the refrigerant pipe 2, it is needed to freezeit in a freezing chamber, and a plurality of refrigerant pipes areneeded. In a drinking bar or a restaurant, a freezer is additionallyneeded. In addition, a large amount of ice cubes is needed for fillingthe container 1.

In the above conventional ice container, as the time is passed, icecubes melt and are mixed with ice melted water, so that ice cubes aremelted faster. Therefore, it is impossible to maintain a desired coolingstate in the container for a ling time.

SUMMARY OF THE INVENTION

Accordingly, it is an object of the present invention to overcome theabove-described problems encountered in the conventional art.

It is another object of the present invention to provide an ice coolercapable of maintaining a cooled state of a bottle in such a manner thata bottle is received in an outer container having ice cubes therein, andice melted water is not directly contacted with an inner container.

It is another object of the present invention to provide an ice coolerby which a bottle can be continuously stored in a cool state by acooling water in such a manner that a tray is installed between an innercontainer and an outer container, and cooling water collected when icecubes are melted in the tray is stored in a bottom of the outercontainer.

To achieve the above objects, in an ice cooler that includes an outercontainer of which an upper side is opened for receiving ice cubestherein and an engaging protrusion is protruded with a certain heighthaving threads at a center of an inner lower surface; and an innercontainer that is inserted into the outer container and has an engaginggroove having threads formed in an inner surface with a certain depthwherein an upper side of the same is opened, and a bottle is insertedinto the interior of the same, and the engaging groove is engaged withthe engaging protrusion, there is provided an improved ice coolercomprising a plurality of lamps that are provided on an outer surface ofthe outer container and are turned on and off using a power of acharging battery, wherein the inner container includes an opened part inan upper side of the same and a sealed part at an outer circumferentialsurface of a lower side of the same with a certain height, and a netshaped part integrally connected with an upper side of the sealed partis formed with a certain height.

To achieve the above objects, in an ice cooler that includes a cupshaped outer container for storing a bottle therein, and an innercontainer that has a certain space for storing a bottle therein whereinan upper side of the same is opened, and the inner container is engagedin the outer container in parallel, there is provided an improved icecooler comprising upside-down channel shaped inner and outer bent partsare formed in the lower sides of the outer container and the innercontainer in parallel and are engaged with each other; and a tray thatis provided between an outer surface of the inner container and an innersurface of the outer container for storing ice cubes therein.

The tray includes an outer wall that is formed at the same inclinationangle as the inclination angle of an inner surface of the outercontainer so that the tray is received in an inner surface of the outercontainer; a tray plate that is horizontally formed from a lower side ofthe outer wall to an outer surface of the inner container for therebystoring ice cubes therein and has a plurality of holes through which thecooled water of the ice cubes flows; and an inner wall that isvertically formed from an inner side of the tray plate to a lowerdirection along an outer surface of the inner container by a certainlength and is inserted into an outer surface of the inner container.

In the tray installed in the outer container, an upside down channelshaped outer bent part has the same inclination angle as the inclinationangle of the inner wall slanted at an acute angle at one side of thelower surface of the outer container so that the upside down channelshaped inner bent part of the slanted inner container is inserted at anacute inclination angle.

There is further provided a rubber material impact prevention memberformed on a lower surface of the inner container for preventing animpact when the bottle is stored into the inner container.

The tray is an ice pack filled with refrigerant therein.

The ice pack is formed in a circular plate shape for storing icestherein, and a certain space is formed in the interior of the circularplate for filling refrigerant therein, and a first hole is formed at acenter of the circular plate so that a bottle can pass through, and asecond hole is formed at the circular plate wherein the second hole isformed by the number of at least one.

BRIEF DESCRIPTION OF THE DRAWINGS

The present invention will become better understood with reference tothe accompanying drawings which are given only by way of illustrationand thus are not limitative of the present invention, wherein;

FIG. 1 is a cross sectional view illustrating a conventional ice cooler;

FIG. 2 is a perspective view illustrating an ice cooler according to thepresent invention;

FIG. 3 is a cross sectional taken along line A-A′ of FIG. 1;

FIG. 4 is a separated cross sectional view illustrating an ice cooleraccording to the present invention;

FIG. 5 is a view illustrating an inner container of an ice cooleraccording to another embodiment of the present invention;

FIGS. 6A and 6B are cross sectional views illustrating an engaged stateof an inner container and an outer container according to anotherembodiment of the present invention;

FIG. 7 is a disassembled perspective view illustrating an innercontainer and an outer container according to the present invention; and

FIG. 8 is a cross sectional view illustrating an engaged state of aninner container and an outer container according to further anotherembodiment of the present invention; and

FIG. 9 is a perspective view illustrating a tray having an ice packaccording to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

The preferred embodiments of the present invention will be describedwith reference to the accompanying drawings.

First, FIG. 2 is a perspective view illustrating an ice cooler accordingto the present invention, FIG. 3 is a cross sectional taken along lineA-A′ of FIG. 1, FIG. 4 is a separated cross sectional view illustratingan ice cooler according to the present invention, FIG. 5 is a viewillustrating an inner container of an ice cooler according to anotherembodiment of the present invention, FIGS. 6A and 6B are cross sectionalviews illustrating an engaged state of an inner container and an outercontainer according to another embodiment of the present invention, FIG.7 is a disassembled perspective view illustrating an inner container andan outer container according to the present invention, and FIG. 8 is across sectional view illustrating an engaged state of an inner containerand an outer container according to further another embodiment of thepresent invention, and FIG. 9 is a perspective view illustrating a trayhaving an ice pack according to the present invention.

The ice cooler according to the present invention will be described withreference to the accompanying drawings.

As shown in FIGS. 2 through 5, an outer container 20 is formed in such amanner that an upper side of the same is opened for storing ice cubes50, and an engaging protrusion 21 having a certain height thread at acenter of an inner lower side is formed.

An inner container 30 is inserted into the interior of the outercontainer 20 and has an opened upper side through which a bottle 40 isinserted and taken out. The inner container 30 stores the bottle 40therein and has an engaging groove 31 having threads in an inner surfacewith a certain depth at the center of the lower surface wherein theengaging groove 31 is engaged with the engaging protrusion 21.

The inner container 30 having an engaging groove 31 is threaded with theengaging protrusion 21 of the outer container 20, and the ice cubes 50are stored between the outer container 20 and the inner container. Thebottle 40 is stored in the interior of the inner container.

At this time, the ice pack that is commercially available may beinserted between the outer container 20 and the inner container 30except for the ice cubes 50. The size of the ice pack is determined witha size that can be inserted between the outer container 20 and the innercontainer 30.

In addition, the ice cubes 50 are stored between the outer container 20and the inner container 30 for thereby providing a good visibility tothe users, so that it is possible to achieve a certain image effect.

The ice pack with a certain size is inserted between the outer container20 and the inner container, and common ice cubes 50 are providedthereon.

In addition, the inner container 30 is configured to store variousbottles 40 such as a Soju (Korean liquor) bottle, beer bottle, whiskeybottle, beverage bottle, etc. therein.

In addition, since the sizes and lengths of Soju bottle, beer bottle,wine bottle, beverage bottle, etc. are different, the sizes and lengthsof the inner container 30 and the outer container 20 are determinedbased on the sizes and lengths of the above bottles 40.

The bottle 40 may be stored in the inner container 30 or the stuff(beverage or liquor) stored in the bottle 40 may be directly stored inthe interior of the inner container 30. The liquid stored in theinterior of the inner container 30 may be dipped up using a certainscoop or other container.

The outer container 20 may be preferably formed of a metal material or asynthetic material or may be formed of a ceramic material.

The inner container 30 may be formed of a metal stainless material or asynthetic resin material.

As shown in FIG. 5, the inner container 30 includes an opening in anupper side, and a sealing part 30 b in a lower side with a certainheight. An integral net shaped part 30 a is formed in an upper side ofthe sealing part 30 b with a certain height.

Here, the net shaped portion 30 a may be formed in the entire portionsof the inner container or the sealing part 30 b may be formed in theentire portions of the same. A part of the same may be formed of thesealing part 30 b or may be formed of the net shaped part 30 a inconnection with the sealing part 30 b.

The net shaped part 30 a may be formed of a metal stainless material ora synthetic resin material.

In addition, a plurality of lamps 22 are provided in an outercircumferential surface of the outer container 20 wherein they areturned on and off by the charged battery 24.

A plurality of lamps 22 are connected with the charged battery 24connected with the switch 23 and the power connection part 25, and thelamps 22 are turned on and off based on the power switch 23 inconnection with the charged battery 24.

The charged battery 24 is connected with the power connection part 25and always keeps a charging state in connection with the powerconnection part 25.

The operation of the ice cooler according to another embodiment of thepresent invention will be described with reference to the accompanyingdrawings.

As shown in FIG. 6A through 7, there is provided a cut-shaped outercontainer 20. The inner container 30 is inserted into the interior ofthe outer container 20. Upside-down channel shaped inner and outer bentparts 29 and 39 are formed in the lower center portions of the inner andouter containers 20 and 30 so that the inner and outer containers 20 and30 are engaged with each other.

The outer container 20 is formed of double outer walls 20 a for therebyforming a sealed vacuum space 20 b. Therefore, the inner temperature ofthe outer container 20 is kept by the sealed vacuum space 20 b.

A tray 60 is engaged between an outer surface of the inner container 30and an inner surface of the outer container 20 for storing ice cubes 50therein.

The tray 60 has an outer wall 61 at the same inclination as theinclination of the inner surface of the outer container 20 so that thetray 60 is installed in an inner surface of the outer container 20. Atray plate 63 is horizontally formed from the lower side of the outerwall 61 to the outer surface of the inner container 30 wherein the trayplate 63 has a plurality of holes 64 so that the melted water from theice cubes 50 flow through the holes 64. An inner wall 62 is verticallyformed with a certain length in the direction of the lower side along anouter surface of the inner container 30 so that it is inserted into theouter surface of the inner container 30 from the inner side of the trayplate 63.

A rubber impact prevention member 70 is provided in a lower surface ofthe inner container 30 in order to prevent a certain impact when thebottle 50 is inserted thereinto. The impact prevention member 70includes a groove 71 so that it is installed in the inner bent portion39 of the inner container 30.

The operation of the ice cooler according to another embodiment of thepresent invention will be described with reference to the accompanyingdrawings.

As shown in FIG. 8, a cup shaped outer container 20 is provided. Thereare provided a short wall 26 and a long wall 27 configured in such amanner that the upside down channel-shaped outer bent portion 29′ isinclined at a certain angle in the direction of the center portion at alower side of the outer container so that the inner container 30 isstored in the interior of the outer container 20 at a certaininclination angle when the inner container 30 is received into theinterior of the outer container 20.

Here, when the inner bent portion 39 of the inner container 30 isinstalled in the outer bent portion 29′, the bent portions 32 and 33contacting with the lower surface and lateral surface of the innercontainer 30 at a right angle contact with the inner side of the outercontainer 20.

At this time, the tray 80 capable of storing the ice cubes 50 is engagedbetween the inner and outer containers 20 and 30.

The tray 80 includes an outer wall 81 formed at the same inclinationangle as the inclination angle of the inner surface of the outercontainer 20 so that it is installed at an inner surface of the outercontainer 20. In addition, a tray plate 83 is horizontally formed fromthe lower side of the outer wall 81 to an outer surface of the innercontainer 30 wherein the tray plate 83 has a plurality of holes 84 sothat the melted water of the ice cubes 50 flows when the ice cubes 50are stored. An inner wall 82 is formed in a lower direction at a certaininclination angle along an outer surface of the inner container 30 sothat it is inserted into an outer surface of the inner container 30 inthe inner side of the tray plate 83.

As shown in FIG. 9, the tray 60 is preferably an ice pack 65 filled withrefrigerant so that it has a cooling function.

The ice pack 65 filled with refrigerant is formed in a circular plate 66so that the ice cubes 50 can be stored therein and has a certain space67 configured so that the refrigerant is filled in the interior of thecircular plate 66. A first hole 67 is formed at a center portion of thecircular plate 66 so that the bottle 40 can pass through. A second hole68 is formed in the circular plate 66. An injection port 69 is formed inone side of the circular plate 66 so that refrigerant can be inputted.Here, the hole 68 may be provided in multiple numbers.

The method of the use of the ice cooler according to the presentinvention will be described with reference to the accompanying drawings.

The engaging groove 31 of the lower surface of the inner container 30with a bottle therein is engaged with the engaging protrusion 21 formedin a lower surface of the outer container 20.

The inner container 30 is inserted into the interior of the outercontainer 20, and the ice cubes 50 are filled between the innercontainer 30 and the outer container 20.

The ice pack is inserted between the outer container 20 and the innercontainer 30, and a plurality of ice cubes 50 are provided on the upperside of the ice pack.

The bottle is stored in the inner container 30 inserted into theinterior of the outer container 20, so that the cooled air of the icecubes filled between the outer container 20 and the inner container 30is transferred to the bottle 40 through the body of the inner container30, and the bottle 40 stored in the inner container 30 does not directlycontact with the ices.

At this time, the bottle 40 keeps a cooled state, and the temperature ofthe ice cubes 50 filled between the outer container 20 and the innercontainer 30 and the temperature of the bottle 40 are similar.Therefore, the water drops are not formed on the outer surface of thebottle 40. In the present invention, the user's hands do not need todirectly contact with the cooled water of the ice cooler. It is easy andconvenient to use the ice cooler according to the present invention.

A plurality of the lamps 22 installed in an outer circumferentialsurface are turned on of off using the switch 23 installed in a lowersurface of the outer container 20.

The ice cubes filled between the outer container 20 and the innercontainer 30 are melted as the time is passed. At this time, in the casethat the inner container 30 is formed of the net shaped part 30 a, themelted water of the upper ice cubes flows to the sealed part 30 b alongthe outer surface of the net shaped part 30 a and flows to the lowersurface of the outer container 20 and are collected therein. Namely, inthe present invention, the melted water does not flow into the innercontainer 30, so that the water does not contact with the bottle storedin the inner container 30.

When a lot of the ice coolers each formed of the inner and outercontainers are stored after using it, the engaging grooves 31 of theinner containers 30 are separated from the engaging protrusions 21 ofthe outer containers 20, and the outer containers 20 and the innercontainers 30 are separated from one another. The outer containers 20and the inner containers 30 are sequentially inserted into thecontainers. Namely, a plurality of the outer containers 20 and aplurality of the inner containers 30 are stacked into one another.

The method of the use of the ice cooler according to the presentinvention will be described with reference to the accompanying drawings.

As shown in FIGS. 6A through 7, the inner bent part 39 formed in a lowersurface of the inner container 30 with the bottle 40 therein is engagedwith the outer bent part 29 formed in a lower surface of the outercontainer 20. An impact prevention member 70 is installed in a lowerside of the inner container 20, so that an impact sound does not occurdue to the impact when the bottle 40 is inserted. In addition, thebottle 40 is not broken.

The tray 60 is installed between the inner container 30 and the outercontainer 20, and the ice cubes 50 are filled in the interior of thetray 60.

The cooled air generated by the ice cubes 50 filled in the tray 60 istransferred to the bottle 40 through the body of the inner container 30,so that the upper side of the bottle 40 is cooled.

A vacuum space 20 b is not formed in the outer container 20, so that theice cubes 50 are not exposed to the external temperature.

At this time, when the ice cubes 50 of the tray 60 are continuouslymelted for a certain time period, the cooled water flows. The followingcooled water is collected in the lower surface of the outer container 20through the holes 64 of the tray 60. The lower side of the bottle 40 iscooled by the cooled water gathered in the lower surface of the outercontainer 20.

In addition, since the ice cubes 50 are separated from the cooled water,the ice cubes are slowly melted.

In the present invention, since the ice cubes 50 are filled between theinner and outer containers 20 and 30, and the cooled water of the icecubes 50 does not contact with the bottle 40, the user can use thebottle that is not wet.

In the case that a lot of the ice coolers are used in a certain place,the inner containers 30 and the outer containers 20 are separated, andthe separated outer and inner containers 20 and 30 and the trays 60 arestacked. It is possible to efficiently manage the ice coolers in a smallspace.

The method of the use of the ice cooler according to another embodimentof the present invention will be described.

As shown in FIG. 8, the tray 80 is installed in the interior of theouter container 20. At this time, the center of the slanted inner wall82 of the tray 80 is arranged in the straight line with the slantedouter bent part 29′ of the outer container 20.

In addition, the inner bent part 39 formed in the lower surface of theinner container 30 with the bottle 40 therein is engaged with the outerbent part 29′ formed in the lower side of the outer container 20. Animpact prevention member 70 is installed in a lower side of the innercontainer 30 for thereby preventing a certain impact when the bottle 40is inserted. In addition, it is possible to prevent the bottle 40 frombeing broken, and an impact sound does not occur in the presentinvention.

At this time, the bent parts 32 and 33 of the outer container 20 contactwith the inner side of the outer container 20, so that the innercontainer 30 can be more stable supported with respect to the outercontainer 20.

When the bottle 40 is inserted into the slanted inner container 30 at acertain inclination angle, it is possible to achieve a good outer look.The present invention may be well adapted for wine bottles in a luxuryrestaurant.

As shown in FIG. 9, the ice pack 65 frozen in a freezing chamber of arefrigerator (not shown) is installed in the outer container 20. The icecubes 50 are provided. The ice cubes 50 slowly melt in cooperation withthe refrigerant of the ice pack 65.

Here, the ice pack 65 is formed in a circular plate shape. Therefore, alot of the ice packs 65 can be frozen in a small space. Therefore, theice coolers according to the present invention can be effectively usedin a business place.

As described above, the engaging groove of the inner container with thebottle therein is engaged with the engaging protrusion of the outercontainer, and the ice cubes are provided between the outer containerand the inner container. The cooled air of the ice cubes in the outercontainer is transferred to the inner container, and the cooled air isdirectly transferred to the bottle of the inner container. The meltedwater of the ices does not directly contact with the bottle in the outercontainer. The user does not directly contact with the water of theouter surface of the bottle. Therefore, it is possible to convenientlyuse the bottle. A plurality of the lamps are installed in an outercircumferential surface of the outer container for thereby achieving agood outer look. The ice cubes filled between the outer and innercontainers can be viewed on a plane for thereby achieving a good visibleouter look. The outer containers and the inner containers can be easilyseparated from each other. The separated outer and inner containers canbe stacked sequentially for thereby achieving an easier storing.

In the present invention, the tray is installed between the innercontainer and the outer container. The bottle is stored in the innercontainer, and a small amount of ices is stored in the tray, so that thebottle can be effectively stored in a cooled state.

In addition, in the present invention, the cooled water generated whenthe ices are melted in the tray is gathered in the lower surface of theouter container, so that the bottle can be effectively kept in thecooled state.

Furthermore, the cooled water generated when the ices of the tray aremelted is gathered in the lower surface of the outer container, so thatthe cooled water and the ices are fully separated. Therefore, it ispossible to store the ices of the tray for a long time in a non-meltingstate.

As the present invention may be embodied in several forms withoutdeparting from the spirit or essential characteristics thereof, itshould also be understood that the above-described examples are notlimited by any of the details of the foregoing description, unlessotherwise specified, but rather should be construed broadly within itsspirit and scope as defined in the appended claims, and therefore allchanges and modifications that fall within the meets and bounds of theclaims, or equivalences of such meets and bounds are therefore intendedto be embraced by the appended claims.

1. An ice cooler that includes an outer container of which an upper sideis opened for receiving ice cubes therein and an engaging protrusion isprotruded with a certain height having threads at a center of an innerlower surface; and an inner container that is inserted into the outercontainer and has an engaging groove having threads formed in an innersurface with a certain depth wherein an upper side of the same isopened, and a bottle is inserted into the interior of the same, and theengaging groove is engaged with the engaging protrusion, an improved icecooler comprising: a plurality of lamps that are provided on an outersurface of the outer container and are turned on and off using a powerof a charging battery, wherein said inner container includes an openedpart in an upper side of the same and a sealed part at an outercircumferential surface of a lower side of the same with a certainheight, and a net shaped part integrally connected with an upper side ofthe sealed part is formed with a certain height.
 2. An ice cooler thatincludes a cup shaped outer container for storing a bottle therein, andan inner container that has a certain space for storing a bottle thereinwherein an upper side of the same is opened, and said inner container isengaged in the outer container in parallel, an improved ice cooler,comprising: upside-down channel shaped inner and outer bent parts thatare formed in the lower sides of the outer container and the innercontainer in parallel and are engaged with each other; and a tray thatis provided at a center portion between an outer surface of the innercontainer and an inner surface of the outer container for storing icecubes therein.
 3. The cooler of claim 2, further comprising a rubbermaterial impact prevention means formed on a lower surface of the innercontainer for preventing an impact when the bottle is stored into theinner container.
 4. The cooler of claim 2, wherein said tray includes:an outer wall that is formed at the same inclination angle as theinclination angle of an inner surface of the outer container so that thetray is received in an inner surface of the outer container; a trayplate that is horizontally formed from a lower side of the outer wall toan outer surface of the inner container for thereby storing ice cubestherein and has a plurality of holes through which the cooled water ofthe ice cubes flows; and an inner wall that is vertically formed from aninner side of the tray plate to a lower direction along an outer surfaceof the inner container by a certain length and is inserted into an outersurface of the inner container.
 5. The ice cooler of claim 4, furthercomprising a rubber material impact prevention means formed on a lowersurface of the inner container for preventing an impact when the bottleis stored into the inner container.
 6. The ice cooler of claim 4,wherein said tray installed in the outer container has an inner wall inwhich the inner container is formed at an acute inclination angletherein, and an upside down channel shaped outer bent part has the sameinclination angle as the inclination angle of the inner wall slanted atan acute angle at one side of the lower surface of the outer containerso that the upside down channel shaped inner bent part of the slantedinner container is inserted at an acute inclination angle.
 7. The coolerof claim 6, further comprising a rubber material impact prevention meansformed on a lower surface of the inner container for preventing animpact when the bottle is stored into the inner container.
 8. The coolerof claim 2, wherein said tray is an ice pack filled with refrigeranttherein.